Assumptions & Theoretical Models (approaches | The Cognitive Approach) Flashcards

1
Q

The Cognitive Approach involves the study of

A

internal mental processes (IMP), e.g.

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2
Q

The Cognitive Approach involves the study of internal mental processes (IMP), e.g.

A
  • memory
  • thinking
  • attention
  • perception
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3
Q

The above processes are internal as psychologists know they are happening but they cannot be

A

directly observed in the same way that biological processes (e.g. brain structures) can for example

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4
Q

To investigate IMP researchers must

A

run research and make inferences from their findings

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5
Q

To investigate IMP researchers must run research and make inferences from their findings e.g.
- Peterson & Peterson (1959) inferred that

A

short-term memory has a duration of around 18 seconds but they could not prove this

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6
Q

To investigate IMP researchers must run research and make inferences from their findings e.g.
- Beck’s cognitive triad infers that

A

depression is based on dysfunctional thought processes but there is no absolute proof of this

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7
Q

Cognitive psychologists use

A

theoretical and computer models to understand IMP

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8
Q

Models are used to provide

A

testable theories about mental processes

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9
Q

Cognitive psychologists use

A

scientific methodology to investigate IMP (if a theory is testable it means it is scientific)

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10
Q

Theoretical models are

A

diagrammatic representations of IMP; they work in a similar way to flow charts used in computer programming

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11
Q

One theoretical model is

A

the Multi-Store Model of Memory (MSM)

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12
Q

The MSM is a

A

linear model outlining the stages involved in memory

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13
Q

The MSM demonstrates the

A

flow of information systematically

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14
Q

The MSM demonstrates the flow of information systematically as

A

input-storage-retrieval

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15
Q

It is possible to test the MSM using

A

lab experiments e.g. Glanzer & Cunitz (1966)

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16
Q

The MSM is an example of the information-processing approach: information flows

A

through the cognitive system in stages

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17
Q

The MSM is an example of the information-processing approach: The information is

A

transformed

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18
Q

The MSM is an example of the information-processing approach: The information is transformed e.g.

A

sensory information (e.g. sound, touch) enters memory via the sensory register

19
Q

The MSM is an example of the information-processing approach: Information that has been

A

paid attention to is transferred to short-term memory

20
Q

The MSM is an example of the information-processing approach: If information is

A

rehearsed, it will transfer to long-term memory

21
Q

The MSM is an example of the information-processing approach: Any information which

A

is not rehearsed is displaced (forgotten)

22
Q

Information processing in the mind is viewed as being similar to that of

A

a computer (the ‘computer analogy’)

23
Q

Information processing in the mind is viewed as being similar to that of a computer (the ‘computer analogy’)

A
  • encoding/coding
  • storage
  • output
24
Q

Information processing in the mind is viewed as being similar to that of a computer: encoding/coding, computers use

A

alphanumeric codes to complete specific actions

25
Information processing in the mind is viewed as being similar to that of a computer: encoding/coding, the mind
interprets environmental stimuli e.g. the sound of a train passing, the texture of a velvet jacket
26
Information processing in the mind is viewed as being similar to that of a computer: storage, computers
store data on a hard drive
27
Information processing in the mind is viewed as being similar to that of a computer: storage, the mind's equivalent of a hard drive is
long-term memory
28
Information processing in the mind is viewed as being similar to that of a computer: output, a computer's output includes
text, music, images, video
29
Information processing in the mind is viewed as being similar to that of a computer: output, the mind's output includes
speech, behavioural responses, thoughts
30
Computer models are the basis for
the development of artificial intelligence
31
Computational modelling has in turn highlighted how
the brain carries out a range of functions e.g. anticipating a reward, planning and problem-solving
32
Evaluation of assumptions & theoretical models Strengths - The cognitive approach has
good application
33
Evaluation of assumptions & theoretical models Strengths - The cognitive approach has good application e.g, it has contributed significantly to
the development of AI due to its use of theoretical and computer models
34
Evaluation of assumptions & theoretical models Strengths - The cognitive approach has good application e.g, this is a strength as it
highlights the usefulness of the theory
35
Evaluation of assumptions & theoretical models Strengths - In comparison to some of the other approaches the cognitive approach has
a degree of flexibility
36
Evaluation of assumptions & theoretical models Strengths - In comparison to some of the other approaches the cognitive approach has a degree of flexibility, it is an example of
soft determinism compared to the hard determinism of the behaviourist approach
37
Evaluation of assumptions & theoretical models Strengths - In comparison to some of the other approaches the cognitive approach has a degree of flexibility, this means that the cognitive approach
does not take a completely rigid view of human behaviour; it acknowledges the existence of free will
38
Evaluation of assumptions & theoretical models Limitations - The study of IMP is an example of
machine reductionism
39
Evaluation of assumptions & theoretical models Limitations - The study of IMP is an example of machine reductionism, it is overly
contrived e.g. attempting to make direct comparisons between a computer and the human mind seems artificial and forced
40
Evaluation of assumptions & theoretical models Limitations - The study of IMP is an example of machine reductionism, human cognition is often
unpredictable, multi-faceted and emotional; a computer is not designed in such a way
41
Evaluation of assumptions & theoretical models Limitations - The study of IMP is an example of machine reductionism, this means that the computer analogy has only
limited application to cognition
42
Evaluation of assumptions & theoretical models Limitations - IMP can only be
inferred
43
Evaluation of assumptions & theoretical models Limitations - IMP can only be inferred, this means that the cognitive approach to explaining behaviour is
overly abstract and detached from real-life
44
Evaluation of assumptions & theoretical models Limitations - IMP can only be inferred, thus it lacks
external validity